Note: The video below is for demonstration purposes only and may not represent actual product.

The Aeromapper 300 is a complete fixed-wing drone solution for surveying and mapping applications at the most competitive price on the market. Equipped with a Sony 24 megapixel camera and 20mm survey grade lens, you can generate highly accurate mapping and surveying images with resolutions up to 1.6 cm/pixel.

Designed to fully automate flights with dual-camera capability, 20 km data link range, and 1.5 hours of flight time, your job can cover a large area with ease and complete reliability. The Aeromapper 300 comes with automatic terrain following capability, automatic or manual return-to-home function, and +50 km control link range to ensure a safe flight. The drone is ideal for surveying and mapping very large areas, or when you want to cut data acquisition times by using two cameras. A flight time of 2 hrs is possible when using one camera and an extra battery.

The Aeromapper 300 is one of the toughest, strongest, and most durable UAV you will ever use. It is entirely made of carbon fiber, with tough Kevlar reinforcements in critical areas. The UAV platform was tested by countless flight hours under various ambient conditions. It is a work-horse that can take a beating and continue to deliver for years.

A powerful flying platform that is easy to operate. It is hand-launched and can land in a relatively small area a using parachute landing system. A ventral sliding door that closes automatically at the end of the mission protects the camera lenses during belly landing.

Detailed user manual is provided with step by step instructions for users with no experience. Training is not necessary, but optionally available. The camera is installed in panoramic orientation for most optimal area coverage with maximum side overlap.

AREA COVERAGE CHART

GSD (ground resolution)

Altitude (above ground level)

Area coverage per flight

1.6 cm/pixel

85 m (279 ft)

3 km2 (741 acres)

2.4 cm/pixel

125 m (410 ft)

4.5 km2 (1112 acres)

4.8 cm/pixel

250 m (820 ft)

9 km2 (2224 acres)

7.8 cm/pixel

400 m (1312 ft)

13.9 km2 (3435 acres)

11.7 cm/pixel

600 m (1968 ft)

21 km2 (5189 acres)

Note:

Area coverage per 60 minutes flight, including takeoff and recovery flight time. Larger areas can be covered in multiple flights.

Calculated with 30% side overlap

Calculated using the standard 24 MP camera & 20mm lens provided

For 3D terrain models side overlap must be a minimum of 60%, reducing estimated area coverage per flight

Mission Planner

The RTF system comes with Mission Planner software to create complete surveys in seconds. The Mission Planner is also used as Ground Control with complete flight telemetry data and in-flight command execution. Automatically returns to home upon loss of transmitter link. Additional fail-safe routines are available. Every unit is flight tested and tuned to perfection before delivery.

The Pix4Dmapper Aeromao Unlimited Professional Edition is specifically tailored for the images produced by the Aeromapper family of UAVs. This is a dedicated version that has no time limit, and the licence can be used on two separate computers.

Pix4Dmapper automatically processes terrestrial and aerial imagery, and converts them into highly precise and customizable results for a wide range of GIS and CAD applications. If you need precise geo-referenced mosaics and 3D models produced in a timely manner, then Pix4Dmapper is your complete mapping and modeling solution. See all the features of the Pix4Dmapper Pro here.

Note: The video below is for demonstration purposes only and may not represent actual product.

The Aeromapper 300 is a complete fixed-wing drone solution for surveying and mapping applications at the most competitive price on the market. Equipped with a Sony 24 megapixel camera and 20mm survey grade lens, you can generate highly accurate mapping and surveying images with resolutions up to 1.6 cm/pixel.

Designed to fully automate flights with dual-camera capability, 20 km data link range, and 1.5 hours of flight time, your job can cover a large area with ease and complete reliability. The Aeromapper 300 comes with automatic terrain following capability, automatic or manual return-to-home function, and +50 km control link range to ensure a safe flight. The drone is ideal for surveying and mapping very large areas, or when you want to cut data acquisition times by using two cameras. A flight time of 2 hrs is possible when using one camera and an extra battery.

The Aeromapper 300 is one of the toughest, strongest, and most durable UAV you will ever use. It is entirely made of carbon fiber, with tough Kevlar reinforcements in critical areas. The UAV platform was tested by countless flight hours under various ambient conditions. It is a work-horse that can take a beating and continue to deliver for years.

A powerful flying platform that is easy to operate. It is hand-launched and can land in a relatively small area a using parachute landing system. A ventral sliding door that closes automatically at the end of the mission protects the camera lenses during belly landing.

Detailed user manual is provided with step by step instructions for users with no experience. Training is not necessary, but optionally available. The camera is installed in panoramic orientation for most optimal area coverage with maximum side overlap.

AREA COVERAGE CHART

GSD (ground resolution)

Altitude (above ground level)

Area coverage per flight

1.6 cm/pixel

85 m (279 ft)

3 km2 (741 acres)

2.4 cm/pixel

125 m (410 ft)

4.5 km2 (1112 acres)

4.8 cm/pixel

250 m (820 ft)

9 km2 (2224 acres)

7.8 cm/pixel

400 m (1312 ft)

13.9 km2 (3435 acres)

11.7 cm/pixel

600 m (1968 ft)

21 km2 (5189 acres)

Note:

Area coverage per 60 minutes flight, including takeoff and recovery flight time. Larger areas can be covered in multiple flights.

Calculated with 30% side overlap

Calculated using the standard 24 MP camera & 20mm lens provided

For 3D terrain models side overlap must be a minimum of 60%, reducing estimated area coverage per flight

Mission Planner

The RTF system comes with Mission Planner software to create complete surveys in seconds. The Mission Planner is also used as Ground Control with complete flight telemetry data and in-flight command execution. Automatically returns to home upon loss of transmitter link. Additional fail-safe routines are available. Every unit is flight tested and tuned to perfection before delivery.

Note: The video below is for demonstration purposes only and may not represent actual product.

With the fixed-wing Aeromapper EV2 drone you can create astonishing maps with its Sony 24 megapixel camera and 20mm survey grade lens, for resolutions up to 1.6 cm/pixel.

Fully automatic flight with easy hand-launch and parachute landing recovery. Detailed User`s Manual is provided with step by step instructions for users with no experience. Training is not necessary, but optionally available. Camera is installed in panoramic orientation for most optimal area coverage with maximum side overlap.

AREA COVERAGE CHART

GSD (ground resolution)

Altitude (above ground level)

Area coverage per flight

1.6 cm/pixel

85 m (279 ft)

3 km2 (741 acres)

2.4 cm/pixel

125 m (410 ft)

4.5 km2 (1112 acres)

4.8 cm/pixel

250 m (820 ft)

9 km2 (2224 acres)

7.8 cm/pixel

400 m (1312 ft)

13.9 km2 (3435 acres)

11.7 cm/pixel

600 m (1968 ft)

21 km2 (5189 acres)

Note:

Area coverage per 60 minutes flight, including takeoff and recovery flight time. Larger areas can be covered in multiple flights.

Calculated with 30% side overlap

Calculated using the standard 24 MP camera & 20mm lens provided

For 3D terrain models side overlap must be a minimum of 60%, reducing estimated area coverage per flight

The modular payload bay allows fast fuselage swap if necessary. The payload bay has an automatic lens protective door that opens after takeoff and closes before landing to prevent debris from damaging the camera lens. The Aeromapper EV2 is designed to fly in light rain. All the electronics are enclosed. The flying platform is built with carbon fiber for maximum strength to weight ratio.

Mission Planner

The RTF system comes with Mission Planner software to create complete surveys in seconds. The Mission Planner is also used as Ground Control with complete flight telemetry data and in-flight command execution. Automatically returns to home upon loss of transmitter link. Additional fail-safe routines are available. Every unit is flight tested and tuned to perfection before delivery.

System Includes:

Aeromapper EV2 Unmanned System Ready to Fly in carrying case

Flight batteries for 60 mins of flight. Additional batteries can be purchased separately

The Pix4Dmapper Aeromao Unlimited Professional Edition is specifically tailored for the images produced by the Aeromapper family of UAVs. This is a dedicated version that has no time limit, and the licence can be used on two separate computers.

Pix4Dmapper automatically processes terrestrial and aerial imagery, and converts them into highly precise and customizable results for a wide range of GIS and CAD applications. If you need precise geo-referenced mosaics and 3D models produced in a timely manner, then Pix4Dmapper is your complete mapping and modeling solution. See all the features of the Pix4Dmapper Pro here.

Note: The video below is for demonstration purposes only and may not represent actual product.

With the fixed-wing Aeromapper EV2 drone you can create astonishing maps with its Sony 24 megapixel camera and 20mm survey grade lens, for resolutions up to 1.6 cm/pixel.

Fully automatic flight with easy hand-launch and parachute landing recovery. Detailed User`s Manual is provided with step by step instructions for users with no experience. Training is not necessary, but optionally available. Camera is installed in panoramic orientation for most optimal area coverage with maximum side overlap.

AREA COVERAGE CHART

GSD (ground resolution)

Altitude (above ground level)

Area coverage per flight

1.6 cm/pixel

85 m (279 ft)

3 km2 (741 acres)

2.4 cm/pixel

125 m (410 ft)

4.5 km2 (1112 acres)

4.8 cm/pixel

250 m (820 ft)

9 km2 (2224 acres)

7.8 cm/pixel

400 m (1312 ft)

13.9 km2 (3435 acres)

11.7 cm/pixel

600 m (1968 ft)

21 km2 (5189 acres)

Note:

Area coverage per 60 minutes flight, including takeoff and recovery flight time. Larger areas can be covered in multiple flights.

Calculated with 30% side overlap

Calculated using the standard 24 MP camera & 20mm lens provided

For 3D terrain models side overlap must be a minimum of 60%, reducing estimated area coverage per flight

The modular payload bay allows fast fuselage swap if necessary. The payload bay has an automatic lens protective door that opens after takeoff and closes before landing to prevent debris from damaging the camera lens. The Aeromapper EV2 is designed to fly in light rain. All the electronics are enclosed. The flying platform is built with carbon fiber for maximum strength to weight ratio.

Mission Planner

The RTF system comes with Mission Planner software to create complete surveys in seconds. The Mission Planner is also used as Ground Control with complete flight telemetry data and in-flight command execution. Automatically returns to home upon loss of transmitter link. Additional fail-safe routines are available. Every unit is flight tested and tuned to perfection before delivery.

System Includes:

Aeromapper EV2 Unmanned System Ready to Fly in carrying case

Flight batteries for 60 mins of flight. Additional batteries can be purchased separately

Available only with Aeromapper Talon or Aeromapper 300. Please use the 3-step process for Pro Drone Custom Package to request a quote.

Allow 4 to 6 weeks for delivery

Save money and time without sacrificing accuracy

The GNSS PPK (Post-Processing Kinematic) from Aeromao is available as an optional upgrade for the Aeromapper 300 and Aeromapper Talon UAV systems. It is a complete turnkey solution that allows you to achieve up to 3cm accuracy with no Ground Control Points, saving you time and money The GNSS PPK system upgrade provides very high precision camera positioning every time an image is captured.

The system includes complete step by step instructions on how to process the GPS information in order to have the data ready for Pix4DMapper, Agisoft Photoscan, or another image processing software of your choice.

The GPS post processing typically takes 20 to 40 minutes depending on the size of the areas surveyed.

Advantages of PPK over RTK

Our PPK system offers the same level of accuracy as an RTK (Real-Time Kinematic) system, but with the following advantages:

Maximize flight time: PPK system does not depend on having an RF link between the ground control station and the UAV in order to work. This reduces system complexity, resulting in a lighter UAV that's easier to operate. A lighter UAV allows you to maximize battery life and uses power only for essential payloads.

Simplicity: Post-processing of the positioning data is much simpler.

Survey larger area: Our PPK system allows you to survey larger areas than an RTK system since you are not limited by the data link range of the RTK transmitters.

Accurate positioning: Positioning information of the base station can be corrected during GPS post-processing (if using a base station instead of positioning service). This cannot be done in an RTK system.

Reliable data: PPK calculated information can be more accurate than RTK by making use of more precise orbital data and more sophisticated smoothing, filtering, and interpolation algorithms.

Reduced field time: Setting up a base station for logging only is less complex, and when using a positioning service, a base station is not even necessary.

Note: The video below is for demonstration purposes only and may not represent actual product.

The Aeromapper Talon UAV offers the easiest way to acquire a professional georeferenced digital elevation model (DEM) and orthomosaics. The drone features a very strong EPO foam body with internal carbon fiber reinforcements, Sony 24 megapixel camera with 20mm survey grade lens (the best optics for UAV mapping), and fully autonomous flight. The drone can deliver up to 1.5cm/pixel resolution thanks to its low speed capability and incredible stability.

The Aeromapper Talon is ideal for confined areas or difficult terrains. It can easily be hand-launched and uses a parachute landing system. The drone’s amazing climb angle of more than 45 degrees, its unique ability to safely deploy the parachute at very low altitudes, and its automatic terrain following capability makes the Aeromapper Talon the top choice for those difficult missions.

Detailed user manual is provided with step by step instructions for users with no experience. Training is not necessary, but optionally available. The camera is installed in panoramic orientation for most optimal area coverage with maximum side overlap.

AREA COVERAGE CHART

GSD (ground resolution)

Altitude (above ground level)

Area coverage per flight

1.6 cm/pixel

85 m (279 ft)

3 km2 (741 acres)

2.4 cm/pixel

125 m (410 ft)

4.5 km2 (1112 acres)

4.8 cm/pixel

250 m (820 ft)

9 km2 (2224 acres)

7.8 cm/pixel

400 m (1312 ft)

13.9 km2 (3435 acres)

11.7 cm/pixel

600 m (1968 ft)

21 km2 (5189 acres)

Note:

Area coverage per 60 minutes flight, including takeoff and recovery flight time. Larger areas can be covered in multiple flights.

Calculated with 30% side overlap

Calculated using the standard 24 MP camera & 20mm lens provided

For 3D terrain models side overlap must be a minimum of 60%, reducing estimated area coverage per flight

Mission Planner

The RTF system comes with Mission Planner software to create complete surveys in seconds. The Mission Planner is also used as Ground Control with complete flight telemetry data and in-flight command execution. Automatically returns to home upon loss of transmitter link. Additional fail-safe routines are available. Every unit is flight tested and tuned to perfection before delivery.

The Pix4Dmapper Aeromao Unlimited Professional Edition is specifically tailored for the images produced by the Aeromapper family of UAVs. This is a dedicated version that has no time limit, and the licence can be used on two separate computers.

Pix4Dmapper automatically processes terrestrial and aerial imagery, and converts them into highly precise and customizable results for a wide range of GIS and CAD applications. If you need precise geo-referenced mosaics and 3D models produced in a timely manner, then Pix4Dmapper is your complete mapping and modeling solution. See all the features of the Pix4Dmapper Pro here.

Note: The video below is for demonstration purposes only and may not represent actual product.

The Aeromapper Talon UAV offers the easiest way to acquire a professional georeferenced digital elevation model (DEM) and orthomosaics. The drone features a very strong EPO foam body with internal carbon fiber reinforcements, Sony 24 megapixel camera with 20mm survey grade lens (the best optics for UAV mapping), and fully autonomous flight. The drone can deliver up to 1.5cm/pixel resolution thanks to its low speed capability and incredible stability.

The Aeromapper Talon is ideal for confined areas or difficult terrains. It can easily be hand-launched and uses a parachute landing system. The drone’s amazing climb angle of more than 45 degrees, its unique ability to safely deploy the parachute at very low altitudes, and its automatic terrain following capability makes the Aeromapper Talon the top choice for those difficult missions.

Detailed user manual is provided with step by step instructions for users with no experience. Training is not necessary, but optionally available. The camera is installed in panoramic orientation for most optimal area coverage with maximum side overlap.

AREA COVERAGE CHART

GSD (ground resolution)

Altitude (above ground level)

Area coverage per flight

1.6 cm/pixel

85 m (279 ft)

3 km2 (741 acres)

2.4 cm/pixel

125 m (410 ft)

4.5 km2 (1112 acres)

4.8 cm/pixel

250 m (820 ft)

9 km2 (2224 acres)

7.8 cm/pixel

400 m (1312 ft)

13.9 km2 (3435 acres)

11.7 cm/pixel

600 m (1968 ft)

21 km2 (5189 acres)

Note:

Area coverage per 60 minutes flight, including takeoff and recovery flight time. Larger areas can be covered in multiple flights.

Calculated with 30% side overlap

Calculated using the standard 24 MP camera & 20mm lens provided

For 3D terrain models side overlap must be a minimum of 60%, reducing estimated area coverage per flight

Mission Planner

The RTF system comes with Mission Planner software to create complete surveys in seconds. The Mission Planner is also used as Ground Control with complete flight telemetry data and in-flight command execution. Automatically returns to home upon loss of transmitter link. Additional fail-safe routines are available. Every unit is flight tested and tuned to perfection before delivery.

Note: This Inspire 1 is equipped with a X3 camera that is permanently converted into an NDVI X3 camera. If you want the ability to swap cameras, you can purchase the NDVI X3 camera separately. Mapping requires an image processing software such as Dronifi, found here.

Note: The video below is for demonstration purposes only and may not represent actual product.

This SKU includes the Inspire 1 along with gimbal and NDVI X3 camera, a transmitter, a flight battery, a battery charger, and a tablet holder that mounts on the transmitter. To store and transport the aircraft, a case with fitted cut-outs is included. It holds the Inspire with rotors detached, one or two transmitters, props, spare flight batteries, and more.

What Ready-to-Fly MeansThis Inspire 1 bundle comes ready-to-fly (RTF). This means a pre-bound transmitter (radio controller) is included and that no major assembly is required - in particular, no assembly that requires soldering. It is important - as with any multi-rotor - to follow the user guide to ensure proper calibration before embarking on your first flight.

3-Axis GimbalThe camera is mounted via an integrated 3-axis gimbal which uses brushless servo motors to keep the shot stable and the horizon level. The camera pans a full 360-degrees so that no matter which way the quadcopter turns, the camera can remain locked on the subject. Manual panning and tilting can be affected using controls on the transmitter.

Modular Gimbal and CameraInspire 1's gimbal and camera can be removed from the aircraft for safe transport and future upgrades.

Retractable Carbon Fiber Arms & Powerful Propulsion SystemThe Inspire 1’s propulsion system is unique among all flight platforms. We re-engineered and re-built the system to handle the demands of advanced flight, while increasing efficiency and reliability.

Aerodynamic DesignNot only does it give the Inspire 1 a sleek look, the aerodynamic airframe helps reduce resistance for better performance and increased battery life.

Flight Control SystemFly Indoors and Without GPSDJI's Optical Flow technology uses a specially designed camera as well as sonic waves to provide the same stability function indoors as GPS does outdoors. This technology allows the Inspire to hold its location, stop when the controls are released, and quickly respond to pilot commands even when GPS is unavailable.

App-Based Control SoftwareEverything from manual camera controls to flight telemetry - even auto takeoff and landing - can be accessed via the Inspire 1 Mobile app. It is also possible to create autopilot courses using waypoints, just as you would on the DJI iPad Ground Station System.

Manual ModeChange all of your camera settings, including ISO, White Balance, Exposure, and more on the fly ensuring every shot looks exactly the way you want.

Live Map and RadarSee precisely where your Inspire 1 is at all times on the live map. The map can be enlarged when needed, and shows your most recent flight path.

Dynamic Home PointWhen GPS signal is available on the transmitter (remote control), the Home Point automatically refreshes. This becomes useful while traveling in a car or on a boat allowing the return-to-home point to move where the operator goes. Multiple configurations are available via the Dynamic Home Point function.

Auto-Takeoff and LandingTakeoff and landing are available with just a tap. Tap once to takeoff and your Inspire 1 will hover and transform, ready to start filming. Then tap again to make it transform into landing mode and auto land.

Transmitter CustomizationPut yourself in charge by tailoring the Inspire 1's controls to your personal needs. This way, your Inspire 1 moves and responds in ways you're most comfortable with. Take control of your Inspire 1 in the air with a dedicated transmitter (radio controller) designed specifically for it. Operating on 2.4 GHz, it features dedicated buttons for photo and video capture, a gimbal control dial, and more. It includes an integrated 6000mAh rechargeable battery.

Use Two Transmitters (Second transmitter not included)For an even greater level of precision, use a second transmitter and fly with a friend. With two people controlling the same quadcopter, one person pilots the flight path while the other aims the gimbal and camera. Each user can have their own screen to see exactly what is being shot in real-time.

Smart Power ManagementThe flight battery constantly supplies the flight computer with remaining voltage. Using special algorithms the computer supplies the pilot with estimates of remaining flying distance and time to return home.

Automated ChargingThe battery tracks the voltage of each cell, the total number of charges and discharges, and the overall health and battery status.

Parrot Bebop-Pro 3D Modeling

Parrot Bebop-Pro 3D Modeling is the all-in-one drone solution for professionals in architecture, construction, and real estate industries. Easily create and deliver realistic 3D models, photos, and videos of various structures and environments to your clients. This multipurpose tool is a unique combination of Parrot Bebop 2 Power and the Pix4Dmodel software solution, enabling the user to gather critical information to quickly and easily assess the work to be carried out. With this solution, the end user can draft new projects and promote their properties on the web.

Note: The video below is for demonstration purposes only and may not represent actual product.

Parrot Bluegrass

Parrot Bluegrass is a multipurpose quadcopter designed for agriculture. It helps farmers improve their ROI using its 2 embedded cameras; video camera and Parrot Sequoia multispectral sensor.

With its Full HD front camera, this solution includes visual monitoring of land, herd and infrastructure. It also provides a quick and easy analysis on the health of your crops, thanks to its user friendly processing software, AIRINOV FIRST+.

Parrot Bluegrass is easy to transport due to its removable propellers and it is easy to: set up, fly, process data and repair.

Note: The video below is for demonstration purposes only and may not represent actual product.

Parrot Disco-Pro Ag

Parrot Disco-Pro AG is the all-in-one multipurpose drone solution for growers to help them improve the ROI of their crops. Thanks to visual crop scouting and specialized NDVI maps, this end-to-end solution allows managers of small to medium size farms and agriculture cooperatives to quickly get an insight on the health of their crops. The aerial information obtained by the Parrot Disco-Pro Ag is used by growers to take proactive steps by applying precise and cost-effective remedies to crop issues. The Parrot Disco-Pro for agriculture is engineered to be extremely portable and easy to use, allowing growers to quickly deploy this solution with minimal learning curve.

Note: The video below is for demonstration purposes only and may not represent actual product.

Capture Crop Data with Parrot Sequoia

The Parrot Disco-pro Ag is equipped with Parrot Sequoia, a cutting-edge multispectral sensor for precision agriculture. With its two sensors, multi-spectral and sunshine, Parrot Sequoia analyzes plants' vitality by capturing the amount of light they absorb and reflect. When facing downwards, the high precision multispectral sensor captures RGB photos and the light plants reflect in four separate bands: green and red lights and two infrared bands invisible to the human eye. When placed on the drone facing up, the sunshine sensor records the intensity of light emanating from the sun, so you can perform radiometric calibration to ensure consistent data measurement.

The Parrot Sequoia captures calibrated wavelengths of Green, Red, Red-Edge, and Near Infrared at 1.2 MP alongside full RGB imagery at 16 MP. It includes GPS and IMU for easy fully automatic work flow.

By providing information on crop health, the Parrot Sequoia enables growers to take action that maximizes crop yield. Optimizing the use of fertilizer by varying the quantities according to need, reducing the use of pesticide to only the plots which require it, and analyzing plant behavior after irrigation are all benefits obtained by using the Parrot Sequoia sensor.

﻿Additional Features:

Four cameras for capturing images of four bands: green, red, red edge and near infrared

RGB camera for recording 14MP images of crops

GPS and IMU for precise positioning and location of images

Sunshine sensor for automatic adjustment of readings to ambient light

64GB built-in memory for recording data

Slot for optional SD card to add memory and ease data transfer

Accessibility to data by WiFi or USB port

Geotagging of data and images

Compatibility with multiple analysis services

Adaptability for mounting to a wide range of multi-rotor or fixed wing drones

The Sony a5100 camera is customized to capture blue, green, and near infrared (NIR) images, allowing it to be used for gathering NDVI data.

Images obtained by an aerial drone equipped with the Sony a5100 (NDVI) camera enables growers to take action by providing data on crop health. Optimized use of fertilizer, reduced use of pesticide, efficient irrigation scheduling, and maximizing crop yield are all benefits resulting from the use of the data from NDVI images.

Price includes integration with Aeromao Aeromapper 300. ﻿You must purchase the Aeromapper 300 with this camera.﻿ Allow 4 to 6 weeks for delivery.

The Sonly a7R is a light weight mirrorless camera with professional capabilities. Equipped with the 36.4MP full-frame Exmor® CMOS sensor, it has the ability to produce world-class images: high-resolution, top sensitivity, extreme dynamic range, unsurpassed detail, and low noise. Packing this technology into a body half the weight of leading DSLRs makes the a7R an ideal choice for commercial drone aerial photography.

With the Flexible Spot AF setting, you can select different size auto-focus area to match your subject. This ensures the camera focuses on the intended area. Wide and Zone focus area settings are also available.